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of these molecular tools are the establishment of tailored reactive elements ("warheads" or "chemotypes"). To generate drug candidates, scaffold modifications will be performed as part of structure-activity
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industry, foil products for the energy transition (battery, photovoltaic, riplet foils) and security prints. You will write proposals and applications for research projects. You will lead and implement them
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, we invite you to join our team! Our lab focuses on understanding the molecular mechanisms by which mobile genetic elements (MGEs) move between and within genomes. We aim to explore their biological
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on the statistical mechanics of equilibrium and non-equilibrium processes. Members of the group contribute to the teaching at the Faculty of Physics at all levels from the Bachelor to the Doctoral program. The
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focuses on the development of novel cathode active materials for rechargeable magnesium batteries based on metal oxide cathodes. Hereby, you will deal intensively with topics related to: synthesis and
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understanding of the molecular mechanisms of natural products. Cell and molecular biological methods are developed and applied to identify and characterize biologically active natural products. The lab consists
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complex quantum mechanical systems through a combination of mathematical and numerical tools? Are you an innovative and productive team player who enjoys working in an interdisciplinary team with a
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scientific environment and a great working atmosphere. Aim is the development of novel metal-based radiopharmaceuticals for the diagnosis and therapy of cancer. This interdisciplinary and application-driven
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, which will also be carried out partly at large-scale research facilities (synchrotron). The preparation of project and progress reports is another component of the activities. Moderate integration
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technical operation of VERA, and you are responsible for production, maintenance work and repairs using workshop machinery. You contribute to our research and teaching activities by designing and constructing